custom intercooler chiller (PICS)
custom intercooler chiller (PICS)
I know it's ghetto ridged, but its only for temporary use. I used the windshield washer hose and connected to some type of adjustable valve and it sparys water onto the intercooler when you activate the washer lever.
pics:
pics:
Yeah I would be a little cautious of using anything that is going to end up going all the way through the IC. You might want to try something that evaporates very quickly, creating more cold... I would go with a liquid gas, not necesarily nitrogen but maybe CO2, or Oxygen. Also, you can buy that gum remover stuff for pretty cheap, although I dont think it is very pure and would steer clear if you can find something else.
Good Luck and let us know how it works,
Catlin
Good Luck and let us know how it works,
Catlin
Originally posted by futurerexowner
Yeah I would be a little cautious of using anything that is going to end up going all the way through the IC. You might want to try something that evaporates very quickly, creating more cold... I would go with a liquid gas, not necesarily nitrogen but maybe CO2, or Oxygen. Also, you can buy that gum remover stuff for pretty cheap, although I dont think it is very pure and would steer clear if you can find something else.
Good Luck and let us know how it works,
Catlin
Yeah I would be a little cautious of using anything that is going to end up going all the way through the IC. You might want to try something that evaporates very quickly, creating more cold... I would go with a liquid gas, not necesarily nitrogen but maybe CO2, or Oxygen. Also, you can buy that gum remover stuff for pretty cheap, although I dont think it is very pure and would steer clear if you can find something else.
Good Luck and let us know how it works,
Catlin
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From: Where there's only two seasons, hot and wet! I love Okinawa
Originally posted by legendr35
what problems will spraying water on the IC?
what problems will spraying water on the IC?
Rotary Master
Joined: Feb 2001
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From: Somewhere
Why not put them on the other side of the IC to spray out of the car. You will use this system when the IC is heat soaked at low speeds correct? Once you start moving at high speeds you don't need the spray.
I would turn it around so you are not spray the water into the engine and potentially shorting out an electrical wire or two.
I would turn it around so you are not spray the water into the engine and potentially shorting out an electrical wire or two.
Make something to seal up that big hole in the duct. Air will take the path of least resistance, in this case it's choice is to go through the IC or out a big gaping hole... which would you choose? Even duct tape is better than leaving it open like that.
Since this has been such a big topic lately I have start to design some sort of ic spray system in which I am using CO2 to hopefully chill the intake charge air. Here is my idea:
You have a CO2 tank mounted in front of the ic on the passenger side (keep in mind that I have the m2 large smic). There is a way of blocking off CO2 from leaving the tank. Attached to the tank is a braided line that runs to a reservoir tank that also has a blocking system. Then there is a line running into the intake duct right before the intercooler itself. On the other side of the intercooler (driverside, after passing through the ic) there is a tempature gauge that measures the intake charge air temp. Once this temp falls below a certain set temp then the second valve opens allowing the CO2 in the reservoir tank to go into the ic and then it closes and the other valve opens refilling the reservoir tank. This way you do not have to worry about hitting a button or waiting too long after the ic is already heat soaked.
What do you all think of that idea? I am still working on it but that is the main goal.
You have a CO2 tank mounted in front of the ic on the passenger side (keep in mind that I have the m2 large smic). There is a way of blocking off CO2 from leaving the tank. Attached to the tank is a braided line that runs to a reservoir tank that also has a blocking system. Then there is a line running into the intake duct right before the intercooler itself. On the other side of the intercooler (driverside, after passing through the ic) there is a tempature gauge that measures the intake charge air temp. Once this temp falls below a certain set temp then the second valve opens allowing the CO2 in the reservoir tank to go into the ic and then it closes and the other valve opens refilling the reservoir tank. This way you do not have to worry about hitting a button or waiting too long after the ic is already heat soaked.
What do you all think of that idea? I am still working on it but that is the main goal.
Does the IC provide cool air for combustion, if so, then putting an inert gas in there is not a good idea.
Using 02 to cool down the IC is stupid IMHO. This is called converting your engine bay into a bomb. This would put you up for a Darwin award. There is enough electrical activity under the hood that I would not want to risk it.
Pure stream of 02 + spark = bad news.
Using 02 to cool down the IC is stupid IMHO. This is called converting your engine bay into a bomb. This would put you up for a Darwin award. There is enough electrical activity under the hood that I would not want to risk it.
Pure stream of 02 + spark = bad news.
PVerdieck, the idea here is to cool the intercooler fins. Nothing but charge air is passing inside the intercooler, this is just an external cooling aid. It would be like misting your radiator to make it more efficient, exact same concept.
What temp is CO2 when it is released?
What temp is CO2 when it is released?
Originally posted by turp182
PVerdieck, the idea here is to cool the intercooler fins. Nothing but charge air is passing inside the intercooler, this is just an external cooling aid. It would be like misting your radiator to make it more efficient, exact same concept.
What temp is CO2 when it is released?
PVerdieck, the idea here is to cool the intercooler fins. Nothing but charge air is passing inside the intercooler, this is just an external cooling aid. It would be like misting your radiator to make it more efficient, exact same concept.
What temp is CO2 when it is released?
I don't know how safe I would feel to have a pressurized tank in the front (hot) section of my car. Any words on this?
ttpowerd, I share your concern about pressurized gas in the engine comparment. Sounds to me like the rear compartments would be a great place to stick a pressureized canister compared to the engine. But then you have to run braided hose all thought the car.
Myself, I would just stick with water. It's cheap, safe, and more effective than not having a spray system.
Myself, I would just stick with water. It's cheap, safe, and more effective than not having a spray system.
I would not be worried about the braided hoses but I am more worried about how to accomplish it if/when I choose to do so. You can always run the lines carefully under the car in well protected places or fab. a shield of some kind. That's when it gets into what size tank do you need...you need one big enough to fill the lines, however many feet it is from teh back tank to the intercooler, and still have enough to spray the ic. I'm still thinking about it though 
edit* How do you know water is more effective than CO2? Until it is done wouldn't it be just pure guess and speculation? I would say that due to the temperature of CO2 and its gaseous state it would be like driving in the winter and really chill the air.
I would definately say that water is probably more efficient but not necessarily more effective.

edit* How do you know water is more effective than CO2? Until it is done wouldn't it be just pure guess and speculation? I would say that due to the temperature of CO2 and its gaseous state it would be like driving in the winter and really chill the air.
I would definately say that water is probably more efficient but not necessarily more effective.
Last edited by ttpowerd; Jul 26, 2002 at 12:07 PM.
Originally posted by turp182
PVerdieck, the idea here is to cool the intercooler fins. Nothing but charge air is passing inside the intercooler, this is just an external cooling aid. It would be like misting your radiator to make it more efficient, exact same concept.
What temp is CO2 when it is released?
PVerdieck, the idea here is to cool the intercooler fins. Nothing but charge air is passing inside the intercooler, this is just an external cooling aid. It would be like misting your radiator to make it more efficient, exact same concept.
What temp is CO2 when it is released?
When it hits the air it goes from liquid to gas, hence it boils.
Originally posted by Silver94
I have almost the exactly same set up on my car. I spary a mixture of 50% water and 50% rubbing alchool on my intercooler.
I have almost the exactly same set up on my car. I spary a mixture of 50% water and 50% rubbing alchool on my intercooler.


